/**
* Returns the state of the button
* BUTTON_MONITOR_NOT_PRESSED 0
* BUTTON_MONITOR_DEPRESSED 1
* BUTTON_MONITOR_PRESSED 2
* BUTTON_MONITOR_REPEATING 3
* BUTTON_MONITOR_FAST_REPEATING 4
* BUTTON_MONITOR_RELEASED 5
*/
uint8_t NIButtonMonitor::getState(uint8_t buttonId) {
if (isDepressed(buttonId)) return BUTTON_MONITOR_DEPRESSED;
if (isReleased(buttonId)) return BUTTON_MONITOR_RELEASED;
if (isFastRepeating(buttonId)) return BUTTON_MONITOR_FAST_REPEATING;
if (isRepeating(buttonId)) return BUTTON_MONITOR_REPEATING;
if (isPressed(buttonId)) return BUTTON_MONITOR_PRESSED;
return BUTTON_MONITOR_NOT_PRESSED;
}
int main(){
char curWord[200];
long int curHash;
struct occurance_t hashes[3000] = {{0, 0, {{0}}}};
struct occurance_t temp;
int stop=0, hashCount=0, sort;
int i=0, l;
scanf("%s", curWord);
curHash=hash(curWord);
for(i=0; i<3000 && stop==0; i++){
for(l=0; l<=i; l++){
if(hashes[l].count==0){
hashes[l].hash=curHash;
strcpy(hashes[l].words[hashes[l].count], curWord);
hashes[l].count++;
if(hashes[l].count==4){
stop=1;
break;
}
hashCount++;
break;
}
if(hashes[l].hash==curHash){
if(isRepeating(hashes, l, curWord)==1){
break;
}
strcpy(hashes[l].words[hashes[l].count], curWord);
hashes[l].count++;
if(hashes[l].count==4){
stop=1;
break;
}
break;
}
}
if(stop==0){
scanf("%s", curWord);
curHash=hash(curWord);
}
}
while(sort!=1) {
sort = 1;
for(i = 0; i<hashCount-1; i++) {
if (hashes[i].hash>hashes[i+1].hash) {
temp = hashes[i];
hashes[i] = hashes[i+1];
hashes[i+1]=temp;
sort = 0;
}
}
}
for(i=0; i<hashCount; i++){
if(hashes[i].count>1){
printf("%ld", hashes[i].hash);
for(l=0; hashes[i].words[l][0]!=0 && l<4; l++){
printf(" %s", hashes[i].words[l]);
}
printf("\n");
}
}
return 0;
}
